Segmented holding arms resolve the trade-off between ease of operation and positioning precision by releasing only contacted joints.
A medical support apparatus groups operation log data into distinct scenes based on time intervals between adjacent records.
A computer-aided prosthesis alignment system generates articulation interface representations to indicate spatial misalignment between prosthesis and target bone surfaces.
A patient securing system uses ocular and cephalic sensors to detect movement.
Movable nut and link mechanism prevents inadvertent end effector removal while enabling intentional exchange in surgical robotic systems.
Nested arcuate clips pack more surgical tools into limited distal space, reducing procedural complexity.
Server updates checklists via trigger events to resolve reliability and efficiency trade-offs.
Wireless interface on surgical clothing controls medical devices without breaking sterility, resolving contamination risks during procedures.
A sterility-preserving robotic frontend system uses sensor feedback to accurately engage actuator interfaces and align medical instruments.
A support frame couples a computer display device and an endoscope holder to move together, reducing manual control burden during ureteroscopic procedures.